courses of instruction - Lafayette College
courses of instruction - Lafayette College
courses of instruction - Lafayette College
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CHEMISTRY<br />
pounds are investigated. Offered in fall<br />
semester. Prerequisite: Chemistry 121 or<br />
125. Mr. Barber<br />
311. Elementary Physical Chemistry. A<br />
one-semester course designed primarily<br />
for A.B. majors and premedical students.<br />
A study <strong>of</strong> gas properties, thermodynam<br />
ics, elementary quantum mechanics, kinet<br />
ics, and lasers. Prerequisites: Chemistry<br />
122 or 213; Physics 112; Mathematics 125,<br />
162, or 172. Lecture. Offered in fall or<br />
spring semester. Ms. Walters, Mr. Haug<br />
323. Physical Chemistry I without Lab.<br />
A study <strong>of</strong> classical thermodynamics,<br />
equilibria, ideal and real gases, and solu<br />
tions. Prerequisites: Physics 112,122, or<br />
131; Mathematics 162; Chemistry 122 or<br />
125. Offered in fall semester. Mr. Haug<br />
324. Physical Chemistry II without Lab.<br />
This course covers quantum mechanics,<br />
spectroscopy, and kinetics. Prerequisites:<br />
Physics 112,122, or 131; Mathematics 162;<br />
Chemistry 122 or 125. Offered in spring<br />
semester. Ms. Walters<br />
325. Physical Chemistry I with Lab. A<br />
study <strong>of</strong> classical thermodynamics, equi<br />
libria, ideal and real gases, and solutions.<br />
The laboratory focuses on the thermody<br />
namics <strong>of</strong> phase changes, solution forma<br />
tion, and chemical reactions. Prerequisites:<br />
Physics 112,122, or 131; Mathematics 162;<br />
Chemistry 122 or 125. Lecture/laboratory.<br />
Offered in fall semester. Mr. Haug<br />
326. Physical Chemistry II with Lab.<br />
This course covers quantum mechanics,<br />
spectroscopy, and kinetics. The laboratory<br />
utilizes techniques in IR and UV-VIS ab<br />
sorption and fluorescence spectroscopy, to<br />
investigate concepts in quantum mechan<br />
ics, spectroscopy, and kinetics. Prerequi<br />
sites: Physics 112,122, or 131; Mathematics<br />
162; Chemistry 122 or 125. Lecture/labo<br />
ratory. Offered in spring semester. Ms.<br />
Walters<br />
332. Analytical Chemistry II. A study <strong>of</strong><br />
advanced optical, electroanalytical, chro-<br />
matographic, and other instrumental<br />
<br />
methods <strong>of</strong> analysis. Prerequisites or<br />
corequisites: Chemistry 221,231, and 311<br />
or 325, 326. Lecture/laboratory. Offered in<br />
spring semester. M r. Layman, Mr. Sherma<br />
342. Advanced Organic Chemistry. This<br />
course builds upon the basic concepts and<br />
reactions <strong>of</strong> organic chemistry. Topics to<br />
be included are the effect <strong>of</strong> structure on<br />
chemical reactivity, molecular orbital theo<br />
ry as applied to organic molecules, hetero-<br />
cyclic chemistry, natural products chemis<br />
try, and the application <strong>of</strong> computers to<br />
organic chemistry. Prerequisite: Chemistry<br />
222. Lecture. Mr. Nittaitis<br />
351. Biochemistry Survey. This course<br />
provides an understanding <strong>of</strong> structure,<br />
function, and metabolism <strong>of</strong> biological<br />
molecules including proteins, carbohy<br />
drates, lipids, and nucleic acids. Other<br />
topics include enzyme catalysis, bioener-<br />
getics, metabolic control mechanisms, and<br />
information transfer at the molecular lev<br />
el. Prerequisite: Chemistry 222. Lecture.<br />
Offered in fall semester. Mr. Husk<br />
352. Experimental Biochemistry. This<br />
course provides laboratory experience and<br />
a theoretical analysis <strong>of</strong> modern prepara<br />
tive, analytical, and physical techniques<br />
utilized for the study <strong>of</strong> proteins, nucleic<br />
acids, polysaccharides, membranes, and<br />
organelles. Prerequisite: Chemistry 351.<br />
Lecture/laboratory. Mr. Husic<br />
372. Survey <strong>of</strong> Instrumental Analytical<br />
Chemistry. The course provides an over<br />
view <strong>of</strong> the principles, methodology, in<br />
strumentation, and qualitative and quanti<br />
tative applications <strong>of</strong> select instrumental<br />
methods <strong>of</strong> analysis for organic and inor<br />
ganic compounds and ions. Topics include<br />
electromagnetic radiation, X-ray, and elec<br />
tron spectrometry; gas and liquid chroma-<br />
tography; electroanalysis; thermal analy<br />
sis; environmental analysis; and process<br />
analytical chemistry as applied in indus<br />
try. Prerequisite: Chemistry 222. This<br />
course is not open to A.B.- or B.S.-Chemis-<br />
try majors. Lecture. Offered in spring se<br />
mester. Mr. Sherma